Am 14.07.2021 15:37 schrieb Allin Cottrell:
On Wed, 14 Jul 2021, atecon wrote:
Am 14.07.2021 03:34 schrieb Allin Cottrell:
> >
> >
> > matrix m1 = {1, NA; 3, NA}
> > matrix m2 = {1, -1; 3, -3}
> >
> > eval quantile(m2, 0.5)
> > eval quantile(m1, 0.5)
> >
> > ? eval quantile(m2, 0.5)
> > 2
On Wed, 14 Jul 2021, atecon wrote:
> Am 14.07.2021 03:34 schrieb Allin Cottrell:
> > >
> > >
> > > matrix m1 = {1, NA; 3, NA}
> > > matrix m2 = {1, -1; 3, -3}
> > >
> > > eval quantile(m2, 0.5)
> > > eval quantile(m1, 0.5)
> > >
> > > ? eval quantile(m2, 0.5)
> > > 2 -2
> > >
> > > ? eval qua
Am 14.07.2021 03:34 schrieb Allin Cottrell:
On Tue, 13 Jul 2021, atecon wrote:
Am 13.07.2021 10:40 schrieb Sven Schreiber:
Am 13.07.2021 um 09:39 schrieb atecon:
matrix m = {NA; NA}
eval uniq(m)
? eval uniq(m)
Data error
The doc is silent about the case when all entries of the column are
On Tue, 13 Jul 2021, atecon wrote:
Am 13.07.2021 10:40 schrieb Sven Schreiber:
Am 13.07.2021 um 09:39 schrieb atecon:
matrix m = {NA; NA}
eval uniq(m)
? eval uniq(m)
Data error
The doc is silent about the case when all entries of the column are NA.
I am a bit surprised that this leads to
Am 13.07.2021 10:40 schrieb Sven Schreiber:
Am 13.07.2021 um 09:39 schrieb atecon:
matrix m = {NA; NA}
eval uniq(m)
? eval uniq(m)
Data error
The doc is silent about the case when all entries of the column are
NA.
I am a bit surprised that this leads to a data error and hence full
stop. W
Am 13.07.2021 um 09:39 schrieb atecon:
matrix m = {NA; NA}
eval uniq(m)
? eval uniq(m)
Data error
The doc is silent about the case when all entries of the column are NA.
I am a bit surprised that this leads to a data error and hence full
stop. What about returning an empty matrix in this cas
